1-3/4" Fossil great White Shark Tooth Pendant | Sterling Silver, Lab Opal Inlay

This pendant features an impressive 1¾-inch fossil great white shark (Carcharodon carcharias) tooth crowned with a sterling silver cap and vibrant lab-created opal inlay — transforming one of nature's most iconic predator teeth into a contemporary luxury statement piece.

The fossil tooth dates to the Pliocene or Pleistocene epochs (approximately 2-5 million years ago), representing the evolutionary lineage of today's apex ocean predator. This specimen displays the great white's distinctive triangular crown and coarsely serrated edges that made these sharks supremely adapted marine hunters.

The sterling silver cap features meticulously placed lab opal that creates a captivating display of color — electric blues mingle with flashes of red and hints of warm orange, producing a brilliance that shifts with movement and light. This kaleidoscopic enhancement transforms the ancient tooth into a piece of wearable art, where millions of years of natural history meet contemporary jewelry design. 

Fossil great white teeth are increasingly rare in the collector market, as these sharks evolved relatively recently in geological terms compared to other species. Well-preserved specimens suitable for jewelry applications command premium attention from both paleontology enthusiasts and collectors of unique natural history pieces.

Please Note: Each fossil great white shark tooth is a unique geological specimen. Natural variations in preservation, serration patterns, and mineralization authenticate its ancient origin. The sterling silver cap with lab opal inlay is individually crafted, creating subtle differences that ensure each piece is one-of-a-kind. Pendant only; chain or cord sold separately.

Features

• Species: Fossil Great White Shark (Carcharodon carcharias)
• Geological Age: Pliocene-Pleistocene (2-5 million years ago)
• Length: 1¾ inches (measured along longest edge)
• Setting: Sterling silver cap with multi-color lab opal inlay
  
• Collection: Modern Alchemy